Mobile Device Disinfection

2. The UV disinfecting charger of claim 1 wherein the UV transmissive supporting surface assist the UV light to reach difficult areas to disinfect.

3. The UV disinfecting charger of claim 1 including a sensor system, wherein the disinfection control system is configured to halt disinfection within 1 ms of detection of a user in proximity to the UV disinfecting charger.

4. The UV disinfecting charger of claim 1 wherein the UV source includes a first UV light source and a second UV light source, wherein the first UV light source is located below the UV transmissive support surface and wherein said second UV light source is located above the portable electrical device.

5. The UV disinfecting charger of claim 1 including a user interface that indicates charging status and disinfection status of the portable electrical device.

6. The UV disinfecting charger of claim 1 wherein the disinfection control system and charging control system track information relating to portable electrical device usage, charging, and disinfection.

8. The UV disinfecting charging cabinet of claim 7 wherein the UV transmissive support holder directs UV light to reach difficult areas to disinfect.

9. The UV disinfecting charging cabinet of claim 7 including a motion sensor, wherein the disinfection control system is configured to halt disinfection within 1 ms of detection of a user in proximity to the UV disinfecting charging cabinet.

10. The UV disinfecting charging cabinet of claim 7 wherein each of the plurality of UV sources are disposed adjacent at least one of the plurality of slots.

11. The UV disinfecting charging cabinet of claim 7 including a user interface that indicates charging status and disinfection status of each of the plurality of portable electrical devices.

12. The UV disinfecting charging cabinet of claim 7 wherein the disinfection control system and charging control system track information relating to portable electrical device usage, charging, and disinfection.

14. The UV disinfecting charger of claim 13 wherein the UV transmissive portion assists in directing the UV energy toward areas of the portable electrical device hidden from view while placed the portable electrical device is positioned on the support surface.

15. The UV disinfecting charger of claim 13 including a sensor system, wherein the disinfection control system is configured to halt disinfection in response to detection of a user in proximity to the UV disinfecting charger.

16. The UV disinfecting charger of claim 13 wherein the UV source includes a first UV energy source and a second UV energy source, wherein the first UV energy source is located below the support surface and wherein said second UV energy source is located above the portable electrical device.

17. The UV disinfecting charger of claim 13 including a user interface that indicates charging status and disinfection status of the portable electrical device.

18. The UV disinfecting charger of claim 13 wherein the disinfection control system and charging control system track information relating to portable electrical device usage, charging, and disinfection.

19. The UV disinfecting charger of claim 13 including a sensor system configured to monitor one or more of capacitance and motion, and in response shut off or reconfigure the UV disinfection charger.

20. The UV disinfecting charger of claim 13 wherein the UV source is a low dose UV source.